- Established fixed data processing routines by creating trackers, using Python libraries,JMP statistics/charts, and Excel tools, to combine all tests and failure analysis results onto one platform.- Improved product performances by tracking yields, correlating factors to identify trends,finding limitations, and determining criteria for new process flows.- Presented to cross-functional teams to discuss findings and future experiments.- Qualified tools by performing reliability/consistency tests from a process perspective.

- Designed the start and stop mechanism of a shoe-box sized car using the redox properties of conductive polymers to create a delay channel. - Built a 2-inch radius, stable, 7.2 volt supply battery for the Aluminum Air Battery team using concepts of electrochemistry.

- Evaluated performance of battery component combinations by performing safety testing, and materials sourcing on battery components. - Conducted techno-economic analysis in Python & Julia to optimize over battery capacity, design, and cost.

- Studying the thermal and electrical conductivity of layered semiconductors which have potentials of acting as a thermoelectric.- The first undergraduate to successfully transfer nanowires onto an in- house developed floating circuit used to record electrical and thermal transport properties.- Led the development of an experimental interface using LabView that will record the electrical resistance of the nanowires.

- Established a fixed data processing routine using Python/JMP to deliver weekly updates on progress of new tool.- Correlated between known/new methods and conducted failure analysis to find limitations and determine criteria for a new process flow.- Presented to cross-functional teams, ranging from working level engineers to VPs/CTO.- Diagnosed and fed back information to equipment team to help in tool development.

- Fabricated lithium-metal cells, designed battery testing protocol, and interpreted battery data.- Conducted post-mortem analysis of cells to identify failures and suggested improvements to new materials.

- Formulated the Alchemy Platform for UC Berkeley's College of Chemistry by working at the intersection of chemistry, technology, and entrepreneurship.- Designed wireframes and planned a website overhaul for the company for effective information dissemination on the homepage to increase the clickthrough rate.

- Altered the quantity of chemicals added to the reactors to change the properties of the PVC and Polyethylene sheets.- Analysed the new chemical processes and material properties.